Gene Shewana3_2037 details

Gene Information

• Locus tag: Shewana3_2037
• ID: 4476402
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella sp. ANA-3
• Kingdom: Bacteria
• Replicon accession: NC_008577
• Strand: +
• Start bp: 2437310
• End bp: 2440852
• Gene Length: 3543 bp
• Protein Length: 1180 aa
• Translation table: 11
• GC content: 41%
• IMG OID: 639726620
• Product: hypothetical protein
• Protein accession: YP_869674
• Protein GI: 117920482

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 12
• Fosmid unclonability p-value: 0.0214825
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGCTGTGG TAGAACAACT TAAACTGTGG ACAGCATCGG TTCTTCAGAG TAGGCAACAC 
GTGCCTTTTG GTAGCCCTTT GTGGGCTTAC AAAATCACAG ACAGTGAGCT TGAAGATCTC 
CAAACAGTTT TACAACGTTT GTTTTCAACG ACCAATACTA ACTTACTTTT CAATAAGCAT 
CTGAGCGTCT TATCACGGCC ACTTGTTCTT TATATCGCAA CTTGGCTTCA GCGGAAAACT 
AAATCCCGTC CTACTTGGGA ACCTGTTACG GATAGCATCT GCTTAGATTA CAACACCAGT 
AGCCGCGCCC TTATACTCGA CTGTATTAGA GCAGGTCTAA AAGAATTCGG CATAAAAATA 
CACCACACTC AGAATTATAG ATACCTTGAT ACTTTGTATT GCCATGGAGG TTTTCCTCGA 
GCGGATTTAC TTGGCATCTC TCATTCACAC CTAATGGGGT ATTTTGAAGA TGTACTTAAT 
AATTATGCAA CGTTCCTCCA CTCGCTCACA GTTGATGAAA TCGCTGAGGG CAAATTGTCC 
AGCTTACCTG AAACCTTACA GCAGAAGTCT TTTTCTAAAC TAGCTTCATC GCTAATTAGT 
TACCTTTTCG AACTTAGAGA TAGTTTTCAT CTTTATGAGA CGTCTGATCC TCTCGCATTT 
TTGGACATGA AGAATCCAAA TTGGCGAAAT AACTTACCTT TTTTAGTTAT TGATGAAGAA 
GCTAGCAGGT TGATAAACAC ACTGCTAAAG AAAACTAGCA AAGTAGTTAG ACGTTCACAG 
AACCCAGTCA GACTAAAGCG TTATCTCCGA CAAAACGCCG ACGAATTCAA TTTGTTTAGT 
GAGGTGCATG TAAACCATAC AATTCATCCC GAAGACCTAA ATAAGGTTCT TGGAGTAAAT 
TCACTTCCAA ACTTTTTTGA ATTAATCACT ATTACCGGAG ACGGCCACAG ATCCAGAGCG 
GCCAGTTTTA GTTATAAAAC TGGTGCTGCG CCAAGATGGA TAGTTTCAGA GATCGTGCGT 
CCCATAGTTG GTCTGTTGGC TGCAGGCGAG CTCAAGTATC AGCTATATTC TGATGGAGAA 
CTGATTGGGA GCAATACTTA TCGCCACGGC GAGTCGTTTG ACGATCGTGC TCCTTGGATT 
TTTGACGCTG ACGAACAAAA ATTTAATTAT TTAGGCCAGG GTAGTTTTCG TGACAGATTA 
GCATCAGTGC TTGTTGTGAG TGACTGCGAA CCAGCGAAAT GCAGTCCATC CTCTCAAGTT 
AGACTATTGG GTAAAGTCAG CTTCTGTGAA CGTAACGTCT ACAAAATAAC CGGCCATGTA 
AAAATACCAT CAACCTTTGG CCATTTTCAT ATTCGAACCG ATGCTAGCCA ACTGAATCTA 
GACTGCGTAA ATGTCAAAGG GAAAAAGTTG GTAGATGTTA TATCCGATAA ACCGGTATAC 
ATCGGTAAAC CAAATCTAGT AATTGATGAA TCAAAGCCTG GTGCATTCTT AAATAAAGAA 
GAATATTTTT GGGTGAGCAC CAATGGTACG AGAATTCCCT ATTTTAGTAA TACGGTTACT 
TCGGGAACAG GTGCTGTTGT TAGGGTCCTT GAAGGCGAAA TTGTTTGGGT GCATGAATGC 
GTCTATCTTC ACGATGAGTT TTTGGCAGAA CTAATTCACA ATGGAAAAGG GGAATTTGAA 
GTAAAATTCC GGGGTTTGGA AAATGCCCAT GTTGGTTTAG TTCCTGGTCA AAGTGCAATT 
TTGACCGCTG AGCCCGAACT CATAGCGGGC TTTAAGTTTT GTGATATCAG ATTAACTGAT 
CTTCTAGTTG ACAGTGTTGA ATTCAGTATC TCCTGGTCAG ATGCCCCTGA TAATACAATA 
AGACTCAGAT TGCCCATTGC ACTTAATGCG GTATCTTTGC TGACAAAGAC GGGGGATGTT 
TATAGAGAAT GTGACCTAGG ATGTCTGACA GCTGACGATC TCATGGACTG TACTTTCAAG 
TTTCAACCAG ACACATTTGA AACTCGGGTT AAAGTTGATC TCCTCGCCGA TGACAAAGTT 
GACATGTCAG TTTCTCAAGA AATGAATCTT TCCGCGTCTG GTACAAGTAA AACTCTTCCT 
GCGAGAGCTG TTGCTAACTT AGTGCGTCGA CTTTTCCGTA ATGGTTCAAC TCCGGAACAT 
GTTGTCAGGT TATCGTTCTT TGCTAAAAAC GAAATTCTGG AGAACCGCAT ACCTCTAGTG 
TATAGATTTA AATATATACC CAAAATTCGC GGCCAATTCG TTTACTTACC TAAAACTCTT 
CTATTGATAA AGCATCTTGA CCAATTGAAG TTAAAGTTGA CACCAATTTG GGATCTTAAC 
CGGGACACTC CAGATTTAGA ATTTCTGGTT GAGGATGGAG ATTTTGTAAA AGCAAAGCTA 
CCAGAGATTG ATGAATATGG CGGATGGTTA CTGTGGGGGC CCGGACAAAC AAACTTTAAA 
CCGACATTGA TTGAGTTTGA CGTTCCGGTT GTACGCAAGA AAATAGATAA CTTAGGTGCG 
TTCGGACAGG CTCTAAAGTC AGCACTTCAG TGTTCTCAAG GCATCACTGA TTTTAATGAA 
CCTCTAAAAC AAGACTCGAT ACAGTATGCG GTTAAGTATC TAAAGCAAGA GGGTAACAAG 
CGTACTATTA ATTTCTCATT ACTCGATCGT ATTCTAGAAA AAATGGAAAA CGATATAGAT 
CATGAAGGTT GGTCATATTT AAATGATCTG ATAGACCTCG TAGAAGATAT CGAGCCTGCA 
AATTTTCATG TACTCAAGCG ACTGTTATCG CGCCCTTCTT GCTTAACCTT AATGCTTCTT 
AGAGACACCT CCAGATTCCA CAAGGTGTGG GAGTTGGCTG ATTATTTGCC GTTTCAGTGG 
ATTCTCATAC CAATATCAGC GTGGATCAAA GCTATTGATA AAGTTAAACG GAAAAATGCT 
TCATCACTGG AATTGATAAA AAAAACAGCT CCTAATATTT ATGCCGAAGT TGAGCGTGGT 
CTATTTAGAG ATCTCACTGC AAAAGGCCTA TATTTTAATA CATTGGTCGA TATCGCTTTA 
GTCAATTTTA CTCCAAGTAA AAAAATCTGG GCGGATACAA AAGACCCGAG GGGCAGTTCT 
TCTATTGGAA ATAAATTCCT GATTGCCAAG AGCAAATTGT TTGAGCGTCA TCAACACAAG 
TTGATGAGTA TTTCACAGTC AAAGAAAAGA GATCTTGAGT TAATCGAATG TTTGGATAGG 
TGTTGGCCTG TTTCTTCGTT GCCAAGCGAT CTTCGTGGCT TTTTCAGGGC AATGGGGGCC 
ATTGAACAAA GTGAAGTGGT AAAGCGAGCT TACAAGCTTA CGATTGAATT ACCCGTAAAG 
GTGGCTTTTT ATAACTTGGA TGTATTCCTG CAACCTCTTC CTCCAAGGGA ATTCCACGCG 
CTGAGTTTCT CTTTGAGTCA ACTGCAACAG TTCGACAGAG AATGGTTGCA GGAGGCTATG 
TCATTAGCCA CAGGGGCGGC ATATTCAGCT TTTTGTAACT CAGAATTCAC AGTGGTCGGT 
TAA 

 

Protein sequence

MAVVEQLKLW TASVLQSRQH VPFGSPLWAY KITDSELEDL QTVLQRLFST TNTNLLFNKH 
LSVLSRPLVL YIATWLQRKT KSRPTWEPVT DSICLDYNTS SRALILDCIR AGLKEFGIKI 
HHTQNYRYLD TLYCHGGFPR ADLLGISHSH LMGYFEDVLN NYATFLHSLT VDEIAEGKLS 
SLPETLQQKS FSKLASSLIS YLFELRDSFH LYETSDPLAF LDMKNPNWRN NLPFLVIDEE 
ASRLINTLLK KTSKVVRRSQ NPVRLKRYLR QNADEFNLFS EVHVNHTIHP EDLNKVLGVN 
SLPNFFELIT ITGDGHRSRA ASFSYKTGAA PRWIVSEIVR PIVGLLAAGE LKYQLYSDGE 
LIGSNTYRHG ESFDDRAPWI FDADEQKFNY LGQGSFRDRL ASVLVVSDCE PAKCSPSSQV 
RLLGKVSFCE RNVYKITGHV KIPSTFGHFH IRTDASQLNL DCVNVKGKKL VDVISDKPVY 
IGKPNLVIDE SKPGAFLNKE EYFWVSTNGT RIPYFSNTVT SGTGAVVRVL EGEIVWVHEC 
VYLHDEFLAE LIHNGKGEFE VKFRGLENAH VGLVPGQSAI LTAEPELIAG FKFCDIRLTD 
LLVDSVEFSI SWSDAPDNTI RLRLPIALNA VSLLTKTGDV YRECDLGCLT ADDLMDCTFK 
FQPDTFETRV KVDLLADDKV DMSVSQEMNL SASGTSKTLP ARAVANLVRR LFRNGSTPEH 
VVRLSFFAKN EILENRIPLV YRFKYIPKIR GQFVYLPKTL LLIKHLDQLK LKLTPIWDLN 
RDTPDLEFLV EDGDFVKAKL PEIDEYGGWL LWGPGQTNFK PTLIEFDVPV VRKKIDNLGA 
FGQALKSALQ CSQGITDFNE PLKQDSIQYA VKYLKQEGNK RTINFSLLDR ILEKMENDID 
HEGWSYLNDL IDLVEDIEPA NFHVLKRLLS RPSCLTLMLL RDTSRFHKVW ELADYLPFQW 
ILIPISAWIK AIDKVKRKNA SSLELIKKTA PNIYAEVERG LFRDLTAKGL YFNTLVDIAL 
VNFTPSKKIW ADTKDPRGSS SIGNKFLIAK SKLFERHQHK LMSISQSKKR DLELIECLDR 
CWPVSSLPSD LRGFFRAMGA IEQSEVVKRA YKLTIELPVK VAFYNLDVFL QPLPPREFHA 
LSFSLSQLQQ FDREWLQEAM SLATGAAYSA FCNSEFTVVG